23 mile skydive!

You need to reach a velocity of something like 18000 mph to escape the pull of the Earths mavity.

I'd imagine it would be easy for a plane type craft to reach that speed at a very high altitude as the air is much thinner?

Float up vertically, then when high whack on some rocket engines and fly out of the atmosphere?
 
3.2m people watching live - this has got to be one of the most watched Youtube streams, certainly that I've tried to watch.

I can;t get a lock. 8m Virgin media line, and the rest of the net/youtube seems fine, so I guess there's a lot involved in serving the same feed to 3.2m people simultaneously.
 
3.2m people watching live - this has got to be one of the most watched Youtube streams, certainly that I've tried to watch.

I can;t get a lock. 8m Virgin media line, and the rest of the net/youtube seems fine, so I guess there's a lot involved in serving the same feed to 3.2m people simultaneously.

Thousands of people on Twitter are complaining. To be expected. :)
 
What is the ballast they are dropping? Is it simply sandbags used to control rate of ascent?

I hope no-one is underneath that! It would make sense if they had bags of sand or water that way it could disperse over the 77k ft and not land as a single item - that could make a bit of a crater in someone's car/roof etc!
 
Right, going to lie in bed an chill whilst I watch the last bits off this then the jump, been a good time watching this since 2pm :D
 
Just something quite amazing to consider...that amazingly still view from the outside free from judder and always in the centre of the screen...it's filming an object 15+ miles up and however many miles downrange....amazing optics and tracking!
 
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